着重介绍了花色基因工程修饰的策略、方法以及培育人类梦寐以求的蓝花月。
The strategies and methods of genetic modification of color and the possibility of developing blue-flowered rose etc. which People have often dreamed of were served to highlight of this review.
目前，在花色基因工程育种中，蓝色花卉因其色彩高雅、稀少而成为研究的重点。
At present, in the field of floral genetic engineering, blue flowers have been the key factor in the study because of its graceful color and exiguity.
花色素苷代谢途径中关键酶基因的研究一直是花色分子育种工作的主要研究对象，其中F 3'5 'H基因是蓝色花卉育种的研究热点。
These key enzyme genes in the anthocyanidin synthesis pathway were research objects of flower color molecular breeding work, and F3 '5h was the target gene of blue flower breeding research.
因此，油菜花色性状是由不同的等位基因控制的，而不是由复等位基因控制。
So the character of flower color in oilseed rape was controlled by some alleles, not by multiple alleles.
说明三个隐花色素基因都具有促进水稻开花的作用。
These results demonstrated that three cryptochrome genes are involved in the promotion of flowering time in rice.
植物花青素代谢途径及其主要酶类的作用之研究已较为成熟，一大批调控植物花色的结构基因与调节基因已被克隆。
Plant anthocyanin biosynthetic pathways and involved enzymes were well characterized. Many structural and regulatory genes controlling flower color were cloned.
本发明公开了一种植物花色素苷合成后期关键酶的编码基因。
The invention discloses a gene for encoding a key enzyme for the last-stage synthesis of plant anthocyanidin.
而不同隐花色素基因沉黙体水稻中光敏素基因的表达量基本一致。
While the expression amount for phytochrome genes were consistent among different transformants of transgenic rice.
而不同隐花色素基因沉黙体水稻中光敏素基因的表达量基本一致。
While the expression amount for phytochrome genes were consistent among different transformants of transgenic rice.
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